Two identical 
junction may be connected in series with a battery in three ways as shown in the adjoining figure. The potential drop across the 
junctions are equal in
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a)
Circuit 1 and circuit 2
b)
Circuit 2 and circuit 3
c)
Circuit 3 and circuit 1
d)
Circuit 1 only
junction may be connected in series with a battery in three ways as shown in the adjoining figure. The potential drop across the junctions are equal ina)
Circuit 1 and circuit 2
b)
Circuit 2 and circuit 3
c)
Circuit 3 and circuit 1
d)
Circuit 1 only
Question ID - 151157 | SaraNextGen Top Answer Two identical junction may be connected in series with a battery in three ways as shown in the adjoining figure. The potential drop across the junctions are equal in
a)
Circuit 1 and circuit 2
b)
Circuit 2 and circuit 3
c)
Circuit 3 and circuit 1
d)
Circuit 1 only
Two identical junction may be connected in series with a battery in three ways as shown in the adjoining figure. The potential drop across the junctions are equal in
|
a) |
Circuit 1 and circuit 2 |
b) |
Circuit 2 and circuit 3 |
c) |
Circuit 3 and circuit 1 |
d) |
Circuit 1 only |
|
(b) In circuit 1, |
is connected with 
, which is not a series combination of 
junction. In circuit 2, each 
junction is forward biased, hence same current flows, giving same potential difference across 
junction. In circuit 2, each 
junction is reverse biased, same leakage current will flow, giving equal potential difference across each 
junction diode.